Anti-vibration energy-saving building structure

Abstract

The invention provides a shock resistant energy saving building structure. Two floors below the frame column have the radial section being increased, thereby improving the shock resistance of the building; a whole internal wall panel and a whole external wall panels, which having the same size as a frame grid and having a sandwich heated board arranged inside, are fixed in the frame; the sandwich heated board is made of 'foamed' plastics by taking recovered waste plastic bags, films, foamed plastics, etc. as fillers, thereby also solving white pollution of waste plastics; an external heated board is arranged outside the frame; the double-layer structure of an upper top layer and a lower top layer is adopted in the roof for heat preservation and water resistance; staircases and elevators of residential buildings are arranged outside exterior enclosure walls; and the structure has the advantages of good heat preservation effect, low manufacturing cost, easy construction, comfortable living and convenient popularization.

Description

technical field [0001] The invention belongs to the field of buildings, and in particular relates to an anti-seismic and energy-saving building structure. technical background [0002] Energy conservation is a major policy of the country, building energy conservation is an important part of energy conservation work, and building structure energy conservation is one of the key points of building energy conservation. At present, there are three kinds of thermal insulation methods used in building walls, namely external thermal insulation of external walls, internal thermal insulation of external walls and sandwich thermal insulation of external walls. These three thermal insulation methods have their own advantages and disadvantages. The external thermal insulation of the external wall has the advantages of good thermal insulation effect and protective effect on the overall frame of the building. The disadvantages are that it requires high thermal insulation materials, difficu...

AI Technical Summary

Problems solved by technology

The external thermal insulation of the external wall has the advantages of good thermal insulation effect and protective effect on the overall frame of the building. The disadvantages are that it requires high thermal insulation materials, difficult construction, high project cost, and the thermal insulation layer is prone to cracking and falling off.

The advantage of internal thermal insulation of the external wall is that it is easy to construct and low in cost. The disadvantage is that the thermal insulation effect is poor, and there are many thermal bridges. The inner wall at the thermal bridge is prone to condensation and mildew

Sandwich insulation is rarely used now, because the inner and outer walls surrounding the sandwich insulation material are built with small pieces of building materials, and the steel bars to strengthen the inner and outer walls have to pass through the sandwich insulation layer, which forms a large number of thermal bridge, and the concrete frame has not been externally insulated, so the insulation effect of this sandwich insulation structure is very poor

At present, the thermal insulation and waterproofing of the roof usually adopts adding an insulating layer and a waterproof layer on the structural layer, or adding a waterproof layer and an insulating layer. This method has poor thermal insulation effect, the waterproof layer is easily damaged, and the service life is short.

Images